Linn Keel SE Sub-Chassis

£4,250.00

Top-performing machined sub-chassis & armboard

The Linn Keel SE is the highest-performance sub-chassis available for the Linn Sondek LP12, precision-machined from solid aluminium to deliver exceptional rigidity and acoustic control. Its intricate internal bracing structure increases stiffness by 300% compared with earlier designs, raising vibration frequencies and significantly reducing unwanted energy that can interfere with the music signal.

Carefully machined material beneath the armboard also optimises the centre of mass across the suspension, improving weight distribution between springs and enhancing the LP12’s critical isolation performance.

The result is greater clarity, stability and musical insight from your LP12 Turntable.

Category Sub-Chassis
Country UK
Manufacturer Linn

Top-performing machined sub-chassis & armboard

The Linn Keel SE is the highest-performance sub-chassis available for the Linn Sondek LP12, precision-machined from solid aluminium to deliver exceptional rigidity and acoustic control. Its intricate internal bracing structure increases stiffness by 300% compared with earlier designs, raising vibration frequencies and significantly reducing unwanted energy that can interfere with the music signal.

Carefully machined material beneath the armboard also optimises the centre of mass across the suspension, improving weight distribution between springs and enhancing the LP12’s critical isolation performance.

The result is greater clarity, stability and musical insight from your LP12 Turntable.

Category Sub-Chassis
Country UK
Manufacturer Linn

 
  • Key Features

    • Machined from solid aluminium

    • Improved stiffness reduces energy of vibrations

    • Optimised centre of mass for better weight distribution

    • Free Delivery within Mainland UK.

    • 30-Day Money-back Guarantee

    • Returns Policy

Linn Keel SE Sub-Chassis for LP12 Turntable

Keel SE is the highest-performance LP12 sub-chassis available, with superior stiffness, optimised resonant behaviour and ideal distribution of mass.

The intricate bracing structure machined into the underside of Keel SE – designed using a mixture of manual and computer-aided optimisations – has helped us to achieve our number one goal of increasing sub-chassis stiffness as much as possible.

This significant 300% increase versus our previous designs means that any vibrations travelling through Keel SE have their frequencies forced higher, and their energy substantially lowered.

Optimised resonant behaviour allows Keel SE to better break-up and dissipate problematic acoustic energy, reducing its potential impact on the delicate music signal. By machining aluminium from calculated areas beneath the armboard, Keel SE has its centre of mass balanced more evenly on its suspension compared to other sub-chassis models.

This improves weight distribution between the springs, and reduces inertia, improving the critical acoustic isolation properties of any LP12.